AAAAAA

   
Results: 1-25 | 26-34 |
Results: 26-34/34
PROGRAMMED CELL-DEATH IN BACTERIA - PROTEIC PLASMID STABILIZATION SYSTEMS
Authors: JENSEN RB GERDES K
Citation: Rb. Jensen et K. Gerdes, PROGRAMMED CELL-DEATH IN BACTERIA - PROTEIC PLASMID STABILIZATION SYSTEMS, Molecular microbiology, 17(2), 1995, pp. 205-210
COMPARISON OF CCD OF F, PARDE OF RP4, AND PARD OF R1 USING A NOVEL CONDITIONAL REPLICATION CONTROL-SYSTEM OF PLASMID R1
Authors: JENSEN RB GROHMANN E SCHWAB H DIAZOREJAS R GERDES K
Citation: Rb. Jensen et al., COMPARISON OF CCD OF F, PARDE OF RP4, AND PARD OF R1 USING A NOVEL CONDITIONAL REPLICATION CONTROL-SYSTEM OF PLASMID R1, Molecular microbiology, 17(2), 1995, pp. 211-220
PARTITIONING OF PLASMID R1 - GENETIC DISSECTION OF THE CENTROMERE-LIKE PARC SITE
Authors: GERDES K BREUNER A JENSEN RB DAM M
Citation: K. Gerdes et al., PARTITIONING OF PLASMID R1 - GENETIC DISSECTION OF THE CENTROMERE-LIKE PARC SITE, Journal of cellular biochemistry, 1995, pp. 123-123
MECHANISM OF POST-SEGREGATIONAL KILLING BY HOK-HOMOLOG PND OF PLASMIDR483 - 2 TRANSLATIONAL CONTROL ELEMENTS IN THE PND MESSENGER-RNA
Authors: NIELSEN AK GERDES K
Citation: Ak. Nielsen et K. Gerdes, MECHANISM OF POST-SEGREGATIONAL KILLING BY HOK-HOMOLOG PND OF PLASMIDR483 - 2 TRANSLATIONAL CONTROL ELEMENTS IN THE PND MESSENGER-RNA, Journal of Molecular Biology, 249(2), 1995, pp. 270-282
MECHANISM OF POST-SEGREGATIONAL KILLING - SECONDARY STRUCTURE-ANALYSIS OF THE ENTIRE HOK MESSENGER-RNA FROM PLASMID R1 SUGGESTS A FOLDBACK STRUCTURE THAT PREVENTS TRANSLATION AND ANTISENSE RNA-BINDING
Authors: THISTED T SORENSEN NS GERDES K
Citation: T. Thisted et al., MECHANISM OF POST-SEGREGATIONAL KILLING - SECONDARY STRUCTURE-ANALYSIS OF THE ENTIRE HOK MESSENGER-RNA FROM PLASMID R1 SUGGESTS A FOLDBACK STRUCTURE THAT PREVENTS TRANSLATION AND ANTISENSE RNA-BINDING, Journal of Molecular Biology, 247(5), 1995, pp. 859-873
MECHANISM OF POST-SEGREGATIONAL KILLING - TRANSLATION OF HOK, SRNB AND PND MESSENGER-RNAS OF PLASMIDS R1, F AND R483 IS ACTIVATED BY 3'-ENDPROCESSING
Authors: THISTED T NIELSEN AK GERDES K
Citation: T. Thisted et al., MECHANISM OF POST-SEGREGATIONAL KILLING - TRANSLATION OF HOK, SRNB AND PND MESSENGER-RNAS OF PLASMIDS R1, F AND R483 IS ACTIVATED BY 3'-ENDPROCESSING, EMBO journal, 13(8), 1994, pp. 1950-1959
MECHANISM OF POST-SEGREGATIONAL KILLING - SOK ANTISENSE RNA INTERACTSWITH HOK MESSENGER-RNA VIA ITS 5'-END SINGLE-STRANDED LEADER AND COMPETES WITH THE 3'-END OF HOK MESSENGER-RNA FOR BINDING TO THE MOK TRANSLATIONAL INITIATION REGION
Authors: THISTED T SORENSEN NS WAGNER EGH GERDES K
Citation: T. Thisted et al., MECHANISM OF POST-SEGREGATIONAL KILLING - SOK ANTISENSE RNA INTERACTSWITH HOK MESSENGER-RNA VIA ITS 5'-END SINGLE-STRANDED LEADER AND COMPETES WITH THE 3'-END OF HOK MESSENGER-RNA FOR BINDING TO THE MOK TRANSLATIONAL INITIATION REGION, EMBO journal, 13(8), 1994, pp. 1960-1968
PARTITIONING OF PLASMID R1 - 10 DIRECT REPEATS FLANKING THE PARA PROMOTER CONSTITUTE A CENTROMERE-LIKE PARTITION SITE PARC, THAT EXPRESSES INCOMPATIBILITY
Authors: DAM M GERDES K
Citation: M. Dam et K. Gerdes, PARTITIONING OF PLASMID R1 - 10 DIRECT REPEATS FLANKING THE PARA PROMOTER CONSTITUTE A CENTROMERE-LIKE PARTITION SITE PARC, THAT EXPRESSES INCOMPATIBILITY, Journal of Molecular Biology, 236(5), 1994, pp. 1289-1298
PARTITIONING OF PLASMID R1 - THE PARA OPERON IS AUTOREGULATED BY PARRAND ITS TRANSCRIPTION IS HIGHLY STIMULATED BY A DOWNSTREAM ACTIVATINGELEMENT
Authors: JENSEN RB DAM M GERDES K
Citation: Rb. Jensen et al., PARTITIONING OF PLASMID R1 - THE PARA OPERON IS AUTOREGULATED BY PARRAND ITS TRANSCRIPTION IS HIGHLY STIMULATED BY A DOWNSTREAM ACTIVATINGELEMENT, Journal of Molecular Biology, 236(5), 1994, pp. 1299-1309
Risultati: 1-25 | 26-34 |